Abstract: Cookie files are screened in a client machine, wherein a cookie file includes a cookie file source. A request from a subscriber is received at a server to send a list of untrusted cookie file sources to the client machine. The list of untrusted cookie file sources is downloaded from the server to the client machine. The downloaded list of untrusted cookie file sources is used to detect cookie files received at the client machine from cookie file sources on the downloaded list by comparing the cookie file source of any received cookie file to the untrusted cookie file sources on the downloaded list.

Abstract: Cookie files are screened in a client machine, wherein a cookie file includes a cookie file source. A request from a subscriber is received at a server to send a list of untrusted cookie file sources to the client machine. The list of untrusted cookie file sources is downloaded from the server to the client machine. The downloaded list of untrusted cookie file sources is used to detect cookie files received at the client machine from cookie file sources on the downloaded list by comparing the cookie file source of any received cookie file to the untrusted cookie file sources on the downloaded list.

Abstract: Cookie files are screened in a client machine, wherein a cookie file includes a cookie file source. A request from a subscriber is received at a server to send a list of untrusted cookie file sources to the client machine. The list of untrusted cookie file sources is downloaded from the server to the client machine. The downloaded list of untrusted cookie file sources is used to detect cookie files received at the client machine from cookie file sources on the downloaded list by comparing the cookie file source of any received cookie file to the untrusted cookie file sources on the downloaded list.

Abstract: Cookie files are screened in a client machine, wherein a cookie file includes a cookie file source. A request from a subscriber is received at a server to send a list of untrusted cookie file sources to the client machine. The list of untrusted cookie file sources is downloaded from the server to the client machine. The downloaded list of untrusted cookie file sources is used to detect cookie files received at the client machine from cookie file sources on the downloaded list by comparing the cookie file source of any received cookie file to the untrusted cookie file sources on the downloaded list.

Abstract: Cookie files are screened in a client machine, wherein a cookie file includes a cookie file source. A request from a subscriber is received at a server to send a list of untrusted cookie file sources to the client machine. The list of untrusted cookie file sources is downloaded from the server to the client machine. The downloaded list of untrusted cookie file sources is used to detect cookie files received at the client machine from cookie file sources on the downloaded list by comparing the cookie file source of any received cookie file to the untrusted cookie file sources on the downloaded list.

Abstract: Cookie files are screened in a client machine, wherein a cookie file includes a cookie file source. A request from a subscriber is received at a server to send a list of untrusted cookie file sources to the client machine. The list of untrusted cookie file sources is downloaded from the server to the client machine. The downloaded list of untrusted cookie file sources is used to detect cookie files received at the client machine from cookie file sources on the downloaded list by comparing the cookie file source of any received cookie file to the untrusted cookie file sources on the downloaded list.

Abstract: Cookie files are screened in a client machine, wherein a cookie file includes a cookie file source. A request from a subscriber is received at a server to send a list of untrusted cookie file sources to the client machine. The list of untrusted cookie file sources is downloaded from the server to the client machine. The downloaded list of untrusted cookie file sources is used to detect cookie files received at the client machine from cookie file sources on the downloaded list by comparing the cookie file source of any received cookie file to the untrusted cookie file sources on the downloaded list.

Abstract: A computer program product is provided for optimizing network configuration settings for a user's client machine. A plurality of groups of network configuration settings are held in storage to be used by the user's client machine. A network connection is established between the user's client machine and a remote server. One of the groups of network configuration settings is selected to be used by the user's client machine from the provided groups of settings. One or more performance tests are conducted using the selected network configuration settings during the established network connection. The settings selection and the performance tests are repeated for one or more other groups of network configuration settings during the established network connection. The network configuration settings of the user's client machine provided in the groups are automatically adjusted based on the results of the performance tests.

Abstract: A computer program product is provided for optimizing network configuration settings for a user's client machine. A plurality of groups of network configuration settings are held in storage to be used by the user's client machine. A network connection is established between the user's client machine and a remote server. One of the groups of network configuration settings is selected to be used by the user's client machine from the provided groups of settings. One or more performance tests are conducted using the selected network configuration settings during the established network connection. The settings selection and the performance tests are repeated for one or more other groups of network configuration settings during the established network connection. The network configuration settings of the user's client machine provided in the groups are automatically adjusted based on the results of the performance tests.

Abstract: A system and method determines network configuration settings that provide optimal network performance for a user's computer (client machine). The computer is connected to a remote server via a network connection. A plurality of network configuration settings are selected for the computer. One or more performance tests using the selected network configuration settings are automatically conducted. An algorithm is used to determine the best network configuration settings and achieve the desired network performance characteristics for the computer based on preferences specified by the user. The network configuration settings of the computer are automatically adjusted based on the results of the performance tests. The user's computer can access network configuration setting recommendations from the remote server, based on network configuration settings and aggregate test results associated with other computers that previously were in communication with the remote server.

Abstract: Cookie files are screened in a client machine, wherein a cookie file includes a cookie file source. A request from a subscriber is received at a server to send a list of untrusted cookie file sources to the client machine. The list of untrusted cookie file sources is downloaded from the server to the client machine. The downloaded list of untrusted cookie file sources is used to detect cookie files received at the client machine from cookie file sources on the downloaded list by comparing the cookie file source of any received cookie file to the untrusted cookie file sources on the downloaded list.

Abstract: Cookie files received from cookie file sources (e.g., Internet websites) are screened based upon the recommendations of a service provider which downloads privacy protection criteria in the form of a “watch list” to a subscriber's client machine. A user-friendly interface allows the subscriber to optionally modify the watch list prior to it being used at the subscriber's client machine by assigning known cookie file sources to either a “trustlist” or a “blacklist.” A “composite list” is then generated and used by the client machine to screen cookie files. The subscriber receives updates from the service provider on either a periodic or “as-needed” basis using a “quick update algorithm.” A “privacy scanning algorithm” runs on the client machine and has two different modes of operation. The first is a continuous mode where unwanted cookie files are blocked from being stored at the client machine.

Abstract: Cookie files received from cookie file sources (e.g., Internet websites) are screened based upon the recommendations of a service provider which downloads privacy protection criteria in the form of a “watch list” to a subscriber's client machine. A user-friendly interface allows the subscriber to optionally modify the watch list prior to it being used at the subscriber's client machine by assigning known cookie file sources to either a “trustlist” or a “blacklist.” A “composite list” is then generated and used by the client machine to screen cookie files. The subscriber receives updates from the service provider on either a periodic or “as-needed” basis using a “quick update algorithm.” A “privacy scanning algorithm” runs on the client machine and has two different modes of operation. The first is a continuous mode where unwanted cookie files are blocked from being stored at the client machine.

Abstract: A system and method determines network configuration settings that provide optimal network performance for a user's computer (client machine). The computer is connected to a remote server via a network connection. A plurality of network configuration settings are selected for the computer. One or more performance tests using the selected network configuration settings are automatically conducted. An algorithm is used to determine the best network configuration settings and achieve the desired network performance characteristics for the computer based on preferences specified by the user. The network configuration settings of the computer are automatically adjusted based on the results of the performance tests. The user's computer can access network configuration setting recommendations from the remote server, based on network configuration settings and aggregate test results associated with other computers that previously were in communication with the remote server.